A Warhead Damage Efficiency Evaluation Method

Abstract

The invention provides a warhead damage performance evaluation method. The method is suitable for dynamic and static damage performance evaluation of a conventional warhead. The specific process of the method is as follows: computing the damage dimensionality of the warhead, computing the single-shot damage probability of the warhead, evaluating the damage performance of the warhead according to the computed damage dimensionality and the single-shot damage probability. By comprehensively considering the combined action of the warhead damage power and the target vulnerability to the damage performance, the result accuracy of the estimation is higher; and meanwhile, the concept of the damage dimensionality as the static damage performance characteristic has certain generality corresponding to different warhead damage applied filed structures.

Description

technical field [0001] The invention relates to a warhead damage efficiency evaluation method, which belongs to the technical field of damage theory analysis. Background technique [0002] The warhead belongs to the damage theory and technology category of weapon science and technology. As the core component of the weapon system, the warhead has a decisive impact on the combat effectiveness of the entire weapon system, and is directly related to the actual combat effect of the weapon system and the completion of missions. Warhead damage effectiveness is a comprehensive reflection of the warhead's ability to damage targets, and it is the core reflection and evaluation basis for the overall level of damage technology. For damage assessment in a broad sense, research can be carried out from two base points: the target and the warhead. The former can be called target damage assessment, which is reflected in the vulnerability of the target and focuses on the damage response law o...

AI Technical Summary

Problems solved by technology

[0006] It is obvious that it is difficult to characterize the damage performance of a warhead simply by combining its power performance and power parameters. First, each power parameter is relatively independent, and the simple collection form cannot directly reflect the inherent damage capability of the warhead and achieve a comprehensive evaluation; in addition, only from the combat It is not connected with the target, and cannot reflect the damage results of the warhead to the target and perform quantitative characterization

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